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Selective scattering spectra as an approach to internal structure of granal and agranal chloroplasts.

机译:选择性散射光谱作为颗粒状和粒状叶绿体内部结构的一种方法。

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摘要

Selective scattering spectra of granal and agranal chloroplasts were measured in the red spectral region and compared with calculations based on the Mie theory. The spectra were influenced considerably by the intactness and ultrastructural pattern of the chloroplasts. It was demonstrated that the spectra consist of two components: one attributable to grana and the other, to single lamellae. The dependence of the selective scattering spectra on the ultrastructural characteristics offers a convenient method for monitoring the quality of chloroplast preparations by a procedure much faster than electron microscopy.
机译:在红色光谱区域中测量颗粒和粒状叶绿体的选择性散射光谱,并将其与基于Mie理论的计算结果进行比较。光谱受叶绿体的完整性和超微结构模式的影响很大。结果表明,光谱由两个部分组成:一个部分归因于颗粒,另一个则归因于单个薄片。选择性散射光谱对超微结构特征的依赖性为通过比电子显微镜快得多的程序监测叶绿体制品的质量提供了一种方便的方法。

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